Linotype-machine



(No Modell) 5 sheets-sheet A1'..

H.'A.STALL.

LNOTYPB MAGHINB.

m5156231 f Patented-Feb. 27, 1894.

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5 sheets-sheen 2.

H.A.STALL. LINOTYPE MACHINE.

(No Model.)

Patented Peb. 27. 1894;.'V

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5 Sheets Sheet 3.

(No Model.)

H. A. STALL. LINOTYPB MACHINE.

Patented Feb nve/wtoz.

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(No Model.)

ELSTALL. LINOTYPE MACHINE.

Patented Peb. 27, 1894 ...lill

5 Sheets-Sheet 5.

(NoModel.)

A. STALL. 'LINOTYPB MACHINE;

No. 515,623. Patented'leb. 27, 189

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UNITED STATES PATENT EErcE.

LINOTYPE- MACHINE.`

SPECIFICATION forming part of Letters Patent No. 515,623, dated February 2'?, 1894.

Applicationilled October '7, 1892.

To @ZZ whom it may concern:

Be it known that I, HENRY A. STALL, a citizen of the United States of America, residing at Prattsville, in the county of Greene and State of New York, have invented certain new and useful Improvements in Linotype-Machines; and I do hereby declare the following to be a full, clear, and exact description of the invention, such as will enable others skilled in the art to which it appertains to make and use the same, reference being had to the accompanying drawings, and to letters of reference marked thereon, which form a part of this specification.

Thisinvention relates to improvements in linotype machines.

The object of the invention is to provide an improved and simple means for adjusting the frames which carry or are connected to the bars having formed thereon or therein the letters and marks used in printing, so as to bring particular characters in proper alignment; the position of said frames being determined bythe manipulation of a key-hoard which moves from one frame to the other as the keys are depressed,the keys having pushbars which engage with check-keys carried bythe frames so as to move said check-keys in the path of a bar carried bya lever which operates the frames; each alternate type-bar or die being connected toits frame by levers and a connecting rod, as will be hereinafter more specifically set forth; and the invention consists in the construction and combination of the parts, as will be hereinafter described and particularly pointed out in the claims.

In the accompanying drawings, forming part of this specification: Figure l is a side elevation of a portion of a linotype machine, showing only that part which relates to the adj nsting or setting of the type-bars or matrices. Fig. 2 is a side elevation of a keyboard and a part of the mechanism connected directly therewith. Fig. 3 is a plan View of the key-board. Figs. 4 and 5 are detail perspective views showing portions of the frames which carry the check-keys. Fig. 6 is an end elevation of one of the check-keys detached. Fig. 7 is a plan View showing the arrangement of the frames which carry the` check-keys. Fig. 8 is a sectional view through the line :ic-os of Fig. 1, the same-showing the type-bars or matrices. Fig. 9 is a plan view showing the. arrangement of the oppositely Serial No. 448,015. (No model.)

movable type-bars or matrices. Figs. l0 and ll are side elevations of the type-bars or matrices. Fig. l2 is a plan `view of the machine with the keyboard left off, and Fig. 13 is a sectional view on the line 13-13 of Fig. 12.

A designates the supporting frame, which may be of any suitable construction, having a support for the movable key-board A and mechanism carried thereby, supports for a foot-lever and for levers connected t0 each alternate frame and type-bar or matrix, and also supporting means for said type-bars or matrices. The keyboard is movably supported upon the frame A by means of side frames orstandards b' which slide upon tracks B and are connected to each other by a barb2 upon which the levers of the finger-keys are mounted. The tracks B are preferably arranged at right angles to the movement of the stop-bars to which the type-hars or matrices are connected, and adjacent to these tracks, and parallel thereto, are ratchet-bars b with which engage the mechanism for advancing the keyboard. The levers B of the fingerkeys are held normally elevated by springs c, and to the forward end of each lever is pivotally attached a depending push-bar C the lower end of which is notched to better engage with the adjustable stops carried by the stop-bars D and D', which will bc hereinafter Y described. The finger keys of the levers are lettered or marked to correspond with the letters or marks on the type-bars or matrices. To the lower portion of each standard or support h' is pivoted an arm c', said arms being connected to eachother at their forward ends by a bar c2 which lies beneath the levers of the finger keys. The arms c c carrying the transverse bar c2 are held normally elevated by the springs c3, and to said arms are pivoted gravity pawls C which engage with the ratchet bar or bars h, so that when the arms are depressed hy one of the levers B' bearing on the bar connecting the same the key-board will be moved one step.

There are two kinds of stop-bars which carry the adjustable stops used with the apparatus, the one designated by the letter D being the shorter and is connected to the typebar by the levers E and E and connecting rod E2, while the one designated by the letter D' is connected directly to the type-bar by IOC the connecting portion d. The outer end of each stop-bar is provided with a downwardly Y projecting lug CZ, the purpose'of which: will Vbe hereinafter set forth. Y Y Y Y Y Y YThe type-bars or matrices F VandYYF brought Vtogether YinY taking an impression Ythey will properly align. Y By connectingthe stop-bars to VtheYtyjgie-bars Vas'hercinbefore de- Y Y scribed thermovementof the Ystop-loarsin one Vdirection will move the Vtype-bars Fand F f toward each other as the stopebars DY being i Y connected'directly tothe typesbars/F will move said YtypeY-bars in thesame direction theyYmoV-e, whilethe stop-bars D being comV nected Vto the typo-bars F by means of the le= Y vers E Vand VEY and connecting' rod E2V will Y. Vmove said type-bars in anV opposite direction, it being noted that the connecting rodE isV Y Y connected ytothe lever E belowYitsY fulcrnmV Y and'to the lever VEV above its fulcrum.V

:The frame VA betweenV the supports ih. h

which support the tracks uponwhich the keyboard travels isV Yprcvided with horizontal Y guidebars z' fi between which is-a space in which slide theendsof a horizontal bar I the Y. extremities of which engagewitlr theslottedV Vends of the uppermembers t" of a foot-lever l', and this transverse bar is adapted to engage with the lower ends of the adjustable stops when depressed or forced through the apertures d2 in the stop-bars D and D', so'as to move said stop-bars until the adjustable stops abut against the stop d4, which movement will bring the characters corresponding to the adjustable stops depressed in a single line between the upwardly projecting portions g.

To bring the adjustable stops to their normal position I pivot to brackets attached to the outer edge of the stop-bar d4 levers M provided with upwardly extending portions m which are connected to each other by a bar m', so that by operating one of said levers the connecting bar will force the adjustable stops to their normalposition; as when a line is formed the adjustable stops which have been depressed to form said line are immediatelyabove said connecting bar. After the adjustable stops have been replaced the stopbars are returned in position to be operated upon to form a newline by means of the bar I, which when t`is moved by the lever I will push against the downwardly-projecting lugs d of the stop-bars.

The tapered type-bars or matrices F and F' Aare provided at their `lower portions with an open ended slotf2 which receives the guide bar k carried by the upper part of the standard or upright g of the main frame and serves to guide said type-bars. The lower edge, f 3

Y @If desiredthe type-'bars may beprovid'edY with intermediate blank spaces, in' whichcaseY of thetypesbars rests upon rollers ZZ and slide thereon when moved, Vthe central series of rollers being located directly beneath the guide bar It' whilethe outer'rollers are sup- Vported Vby bearingswhich extend on each side Y i of the standards or uprights g, so that .eachV Y Y type-bar when movedwill move over three rollers as shown in Fig. l. t Y Y i YV The narrow ends ofthe type-.bars Vor mat- Yrices arexused as spaces or j ust-ifying'vvedges Y Y Y for'which purpose finger-keys and adjustable Vstops are provided, and the'arrangementof-Y Y thecharacters on these typebars maybe as follows: Vlheperiod,colon,semi-colon,comrna 'Y Y Y Y will be'onthe narrowend of the bar while Yt-heV Y Y letters will follow the Vcapital letters. VVThe numberV ot letters Yand characters on theVV type-bars corresponds with the numberof -ad- Y. VjustableV stops'carried bythe rstop-loars,'asV Y well as thenumber of keyson the key-board; so that,for instance it the'key markedwith letters of theY alphabet h'avingtheleast Width Y Y Y Y will follow progressively, andYafter the smallYV Ya capitalV is depressed an adjustable stop t Y carried by one ofthestop-bars DD'vvill be Y Y' depressed, said adjustable stop corresponding so that when that'particular stop-.bar is moved V:byV operating the Vfoot lever as hereinbefore :with theletterl-I on one oftbetypebars FF', Y Y

V9S Y' described the type-bar will be moved -tobr-ingV Y the letter H to corresponding adjustable stops and lingerkeys are arranged for bringing said spaces into position.

The adjustable stops d3 are preferably made up of two strips of resilient metal secured together at one end, leaving the other `ends free, each plate havingaslightoutward curvature of sufficient resiliency to maintain them in position in the apertures d2 ot' the stopbars. The upper ends are beveled so that the proper position above the Y Y Ico@V IIO they can be better engaged by the forked or bifurcated ends of the push-bars C.

In operation the apparatus isset so that the parts will be organized as shown in Fig. l., the ends of the type-bars or matrices resting between the upper ends of the uprights g g of the main frame, and the keyboard being drawn forward. The irst stepis the manipulation of thetnger-keys to set the line of `matter desired, the iirst ngenkey struck operating one of the adjustable stops in the irst stop-bar, the depression of the stop moving the key-board away from the operator one step or immediately above `thesecond stopbar, and thisoperation is continued until sufficient keys have been struck to form a line of the desired length. When the key-board reaches the limit of its movement it may contact with a suitable stop b3 located on the supporting frame. Now to adjust the type-bars or matrices the foot-lever is depressed to cause the cross-bar I to strike against the adjustable stops and move the stop-bars until said adjustable stops reach the stop d", the movement of the stop-bars operating to bring the letters or characters corresponding with the finger-keys depressed in a line with each other. After the type-bars have been arranged in line a paper matrix may be formed therefrom in the usual manner, or a metallic line of type made from molten metal, and for this reason the characters may be either in relief or in intaglio. When the impression has been taken the stop-bars are returned as hereinbefore described and the keyboard moved to its forward position by releasing the pawls and sliding said keyboard upon the tracks.

Having thus described my invention, what I claim as new, and desire to secure by Letters Patent, is-

1. In a machine for producing prin ting bars, the combination, of a traine or support, a carriage movable thereon and having finger-keys each one of which is provided with a depending push-bar,stopbars supported on the frame and connected to type-bars or matrices, adj ustable stops carried by the stop-bars and adapted to be engaged by the push-bars, and means for moving the stop-bars and type-bars attached thereto by engaging the adjustable stops, substantially as shown.

2. In a machine for producing printing bars, the combination, of a frame or support, a carriage movable thereon and having fingerkeys each onel of which is provided with a depending push-bar, stop-bars supported on the frame and connected to type-bars or matrices, adjustable stops carried by the stopbars and adapted to be engaged by the pushbars, and a lever pivoted to the frame and provided with a cross-bar which is adapted to be moved along the under side of the stop-bars to engage the adjustable stops, substantially I as described.

3. In a machinefor producing printing bars, the combination with a series ot' horizontally movable stop-bars supported upon a frame and each carrying a series of adjustable stops for the purpose set forth, of tapered type-bars or matrices located alternately end to end and connected to the stop-bars, substantially as shown.

4. In a machinefor producingprinting-bars, the combination with a series of stop-bars supported upon a frame and having adjustable stops for the purpose set forth, of two sets ot type-bars or matrices connected to the stopbars and positioned so thatth'e end of one set will lap the end of the other, the type-bars or matrices being connected to the stop-bars so that the movement of. said stop-bars in one direction will move the two sets of type-bars in opposite directions, substantially as shown, and for the purpose set forth.

5. Inamachine for producing printing bars, the combination, with a series of stop-bars supported upon a frame and having adjustable stops for the purpose set forth, of two sets of type-bars or matrices positioned so as to lap, each type-bar of one set being connected directly to its stop-bar while the typebars of the other set are connected to their stop-bars by levers, substantially as shown and described.

6. In ainachinefor producing printing bars having type-bars connected to stop-bars carrying adjustable stops, a carriage carrying a series ot' levers with finger-keys, push-bars attached to the levers for engagement with the adjustable stops, and a cross-bar with which the levers of the finger-keys contact supported by the carriage and having a pawl which engages with a rack-bar, substantially as shown and for the purpose set forth.

'7. In combination with a movable carriage, each key supporting lever having an independent push-bar for depressing an adjustable stop, means for advancing the carriage one step, stop-bars having apertures in which the adjustable stops are located, type-bars connected directly to every other stop-bar, the other stop-bars being each connected to its type-bar by levers and connecting rod, substantially as shown and for the purpose set forth.

8. In combination with the stop-bars D and D having adjustable stops and depending portions or lugs d, a bar adapted to engage therewith and with the adjustable stops, of a pivoted plate provided with an operating lever adapted to engage with the adjustable stops for elevating the same when the sliding bar is moved in an opposite direction, said inclined plate being held normally out of the path of the adjustable stops, substantially as shown.

9. In combination with the type-bars Yor matrices, the movable stop-bars connected thereto each having a series of adjustable stops.

10. As an improved article of manufacture, an adjustable stop made up of spring plates secured to each other at one end, substantially as shown, and for the purpose set forth.

1l. Au adjustable stop for the purpose set forth, consisting of two plates connected to each other, the upper end of said plates being beveled, substantially as shown.

l2. In combination with an adjustable stop having a beveled upper end and a spring body portion, of a push bar having a notched or bifurcated lower end, for the purpose set forth.

13. In a machine for producing a printing bar having type-bars or matrices and stopbars with adjustable stops, a foot lever pivoted to the frame of the machine, and a connecting bar attached to the lever and guided to move along the under side of the stop-bars by the movement of the lever, substantially as shown, and for the purpose set forth.

In testimony whereof lafix my signature in presence of two witnesses.

HENRY A. STALL.

Vtfitnesses:

WILKINS X. GRAHAM,

HIRAM M. BOUTON.

IOO 

